VESTOLIT G 120X400 is medium molecular weight resin providing a good balance of fusion temperatures and film physical properties. It gives good chemical foamability for producing medium to high density foams. It contains lower emulsifier level results in lower plate-out without the loss of foamability as compared to standard VESTOLIT G 120A resin. VESTOLIT G 120X400 is recommended for medium to high density foam or solid applications where good fused film physical properties are required such as stand coating, resilient flooring foam layer, artificial leather and suede type fabrics.

VESTOLIT G 121A is high molecular weight resin providing good fused film physical properties. It provides good chemical foamability for producing medium to high density foams. It gives good dispersability for easier plastisol preparation. VESTOLIT G 121A is recommended for medium to high density foam or solid applications where good fused film physical properties are required such as spread and spray coating, dip coating and molding, slush and rotational molding.

VESTOLIT G 124A is low molecular weight resin providing lower gelation and faster fusion characteristics. It provideds good chemical foamability for producing medium to high density foams. It gives good dispersability for plastisol formulations. VESTOLIT G 124A is recommended for medium to high density foam applications where good physical properties at lower temperatures are required.

VESTOLIT G 136 is a vinyl ester copolymer dispersion resin, exhibiting fast fusion at low processing temperatures, resulting in energy saving and the ability to work with heat sensitive substrates. The vinyl ester copolymers exhibit stable Brookfield Viscosity againg characteristics. The lower molecular weight resin, VESTOLIT G 136, allows lower processing (fusion) temperature compared to VESTOLIT G 138. It provides mechanically and chemically foamable. VESTOLIT G 136 is recommended for applications where low processing temperatures are required such as carpet tile and walk off mat backings, plastisol inks, general low temperature processing applications, automotive sealants.

VESTOLIT G 137 is a carboxyl functional copolymer dispersion resin providing extra adhesion to synthetic fabrics, such as nylon, allowing the elimination of adhesion promoters. It provides the ability to crosslink with epoxies, providing a more solvent resistant coating. The polarity of VESTOLIT G 137 allows its use in hydrosols. VESTOLIT G 137 is recommended for applications where special characteristics are requires, such as nylon fabric coating, hydrosol inks and coatings, solvent resistant coatings, and automotive sealants.

VESTOLIT G 138 is a vinyl ester copolymer dispersion resin, exhibiting fast fusion at low processing temperatures, resulting in energy savings and the ability to work with heat sensitive substrates. The vinyl ester copolymers exhibit stable Brookfield Viscosity aging characteristics. It provides mechanically and chemically foamable properties. VESTOLIT G 138 is recommended for applications where low processing temperatures are required such as carpet tile and walk off mat backings, plastisol inks, general low temperature processing applications, and automotive sealants.

VESTOLIT G 170-L100UF is a medium molecular weight, ultrafine particle size homopolymer dispersion resin. With the very fine particle size, it provides excellent casting characteristics for thin film applications, and ability to produce even thinner gauge coatings. The excellent dispersibility provides good product throughput during the organosol manufacturing process with the sand milling process reduction or elimination. A medium molecular weight resin provides a good balance of fused film properties and processing temperatures. The low residual emulsifier level provides good end product performance in the areas of clarity, moisture blush resistance, low taste and odor. This resin is accepted by FDA for use under 21CFR175.300 (food contact application).

VESTOLIT G 170-L120UF is a high molecular weight, ultrafine particle size homopolymer dispersion resin. With the very fine particle size, it provides excellent casting characteristics for thin film applications, and ability to produce even thinner gauge coatings. The excellent dispersibility provides good product throughput during the organosol manufacturing process with the sand milling process reduction or elimination. A high molecular weight resin provides an excellent product performance for end application and gives good chemical resistance properties. The low residual emulsifier level provides good end product performance in the areas of clarity, moisture blush resistance, low taste and odor. This resin is accepted by FDA for use under 21CFR175.300 (food contact application).

VESTOLIT G 170-L140UF is an ultra high molecular weight, ultrafine particle size homopolymer dispersion resin. The excellent dispersibility provides good product throughput during the organosol manufacturing process with the sand milling process reduction or elimination. The finest particle size resin provides excellent casting characteristics for thin film applications, and ability to produce even thinner gauge coatings. The ultra high molecular weight resin provides an excellent product performance for end application and gives good chemical resistance properties. The low residual emulsifier level provides good end product performance in the areas of clarity, moisture blush resistance, low taste and odor. This resin is accepted by FDA for use under 21CFR175.300 (food contact application).

VESTOLIT G 171 is an ultra-high molecular weight, fine particle size homopolymer dispersion resin intended for use in thin, organosol cast coatings and films. This resin provides excellent fused film and chemical resistance properties. The low residual emulsifier level provides good end product performance in the areas of clarity, moisture blush resistance and low taste and odor. VESTOLIT G 171 is accepted by FDA for use under 21CFR175.300, food contact application.

VESTOLIT G 174 is a medium molecular weight, fine particle size homopolymer dispersion resin. It provides a good balance of fused film properties and processing temperatures. It is recommended for applications such as food and beverage can and can end coatings, or cast comercial graphic and fleet signage films. This resin contains low residual emulsifier level which provides good end product performance in an area of clarity, moisture blush resistance, and low taste and odor. VESTOLIT G 174 is accepted by FDA for use under 21CFR175.300, food contact application.

VESTOLIT G 178 is a high molecular weight, fine particle size homopolymer dispersion resin. It provides the ability to produce thin gauge coatings. It is recommended for applications such as food and beverage can and can end coatings, and cast commercial graphic and fleet signage films. Its fine particle size provides good dispersibility, improving the product throughput during manufacturing process. VESTOLIT G 178 is accepted by FDA for use under 21CFR175.300, food contact application.

VESTOLIT G 180X5 is low molecular weight resin that provides good chemical foam characteristics with excellent overblow resistence. The modified rheology of VESTOLIT G 180X5 provides increased viscosity and yield throughputs. VESTOLIT G 180X5 is recommended for applications where high Brookfield Viscosity and yield are required such as highly plasticized low density chemcially blown foams, plastisol screen inks, coated fabric applications requiring low 'wicking' characteristics, and highly plasticized formulations.

VESTOLIT G 180X7 is low molecular weight homopolymer resin that provides good chemical foam characteristics with excellent overblow resistance. The modified rhelogy of VESTOLIT G 180X7 provides increased viscosity and yield. VESTOLIT G 180X7 is recommended for applications where high Brookfield Viscosity and yield are required such as higly plasticized low density chemically blown foams, highly plasticized formulations, and weather stripping.

VESTOLIT G 186A is low molecular weight homopolymer resin, providing a good balance of fused film physical properties and fusion characteristics. It provides excellent chemical foam characteristics with good overblow resistance. It gives good dispersability for plastisol preparation. VESTOLIT G 186A is recommended for applications where an overall balance of good rheological and fused film physical properties are required such as low density chemcially blown foams, fabric coating applications, and plastisol screen printing inks.

VESTOLIT G 215 is a low molecular weight particle size homopolymer blending resin intended for use in plastisol formulations. It improves air release performance resulting in reduced scrap rates. It decreases high shear viscosity providing an improved 'ease of coating' performance resulting in a more uniform plastisol coating and improving line up time. It reduces viscosity aging characteristics, providing increased plastisol usage (pot life). It reduces surface gloss of films or coated products resulting in less surface blocking and improved handling. VESTOLIT G 215 is recommended for solid and foamed plastisol applications such as coated fabric, cast films and coatings, foam mats and pads.

VESTOLIT G 217 is a low to medium molecular weight homopolymer blending resin intended for use as a formulation tool in plastisol formulations.It improves air release performance resulting in reduced scrap rates. It decreases high shear viscosity providing an improved 'ease of coating' performance resulting in a more uniform plastisol coating and improving line up time. It reduces viscosity aging characteristics, providing increased plastisol usage (pot life). It reduces surface gloss of films or coated products resulting in less surface blocking and improved handling. VESTOLIT G 217 is recommended for solid and foamed plastisol applications such as coated fabric, cast films and coatings, foam mats and pads.

VESTOLIT G Atlas E 43 is a non-chain modified ultra-high molecular weight homopolymer specialty suspension resin intended for use in high strength extruded parts. It improves the physical properties, for instance compression, tensile and flexural strength performance. The high porosity property of this resin allows rapid plasticizer absorption in highly plasticized compounds providing low compound cycle times and resulting in high compound throughput and low manufacturing cost. VESTOLIT G Atlas E 43 improves heat distortion (HDT) performance, increases the strength for highly plasticized formulas, and provides longer product shelf life.

VESTOLIT G Atlas E 46 is high molecular weight homopolymer specialty suspension resin intended for use in high strength extruded parts. It improves the physical performance of end application for instance wire and cable insulation, extruded tubes. The high porosity property of this resin allows rapid plasticizer absorption in highly plasticized compounds providing low compound cycle times and resulting in high compound throughput and low manufacturing cost. VESTOLIT G Atlas E 46 improves heat distortion (HDT) performance and increases the strength for highly plasticized formulas, and provides longer product shelf life.

VESTOLIT G Atlas S140 is high molecular weight homopolymer specialty suspension resin intended for use in high strength extruded parts. It improves the physical performance of end application for intsance wire and cable insulation, extruded tubes. The high porosity property of this resin allows rapid plasticizer absorption reducing the compound cycle times and resulting in high compound throughput and low manufacturing cost. VESTOLIT G Atlas S140 improves heat distortion (HDT) performance, increase the strength for highly plasticized formulas, and provides longer product shelf life.

VESTOLIT G CG 10 is a homopolymer specialty suspension resin intended for use in lowering the gloss of extruded or plastisol parts. This resin provides low surface gloss and texturing effects for flexible vinyl products, allowing the production of broad range of surface effects without the need for secondary operation process which helps to reduce manufacturing cost. The ability to increase surface roughness provides a reduced surface blocking and allows the ease of handling in stacked or bundled parts.

VESTOLIT G E 49 is a low molecular weight homopolymer dispersion resins intended for use in variety of plastisol applications and processes. It reduces scrap rates and manufacturing costs by extending plastisol shelf life with reduced viscosity aging performance. It improves non settling characteristic in hot melt system. VESTOLIT G E 49 is recommended for solid plastisol applications for instance the hard and soft products produced from hot melt plastisols, high clarity and gloss textile screen (printing) inks.

VESTOLIT G FIT E 074 is a low molecular weight homopolymer resin intended for use as a Formulation Improvement Tool (FIT) in plastisol formulations which enhance the plastisol usage (pot life) and reduce the viscosity aging characteristics. VESTOLIT G FIT E 074 resins increase physical properties up to 30% compared to traditional blending resins. It allows the addition of up to 40phr of filler, significantly decreasing the formulation cost. It improves air release properties, provides faster de -aeration time and reduces scrap rates caused by the presence of air bubbles or voids in finished part. This resin reduces the viscosity profile of the plastisol providing an improved 'ease of coating' performance resulting a more uniform plastisol coating and improving line up time. VESTOLIT G FIT E 074 is recommeded for solid and foamed plastisol applications for instance coated fabrics and carpet tiles, cast films and coatings, rotational and slush molded parts, dip molded and coated parts, and walk off and foam mats and pads.

VESTOLIT G FIT E-51 is a medium molecular weight homopolymer resin intended for use as a Formulation Improvement Tool (FIT) in plastisol formulations which enhance the plastisol usage (pot life) and reduce the viscosity aging characteristics. This resin increases the physical properties of end application up to 30% compared to traditional blending resins. It allows the addition of up to 40phr of filler, significantly decreasing formulation costs. It improves air release properties, provides faster de -aeration time and reduces scrap rates caused by the presence of air bubbles or voids in finished part. This resin reduces the viscosity profile of the plastisol providing an improved 'ease of coating' performance resulting a more uniform plastisol coating and improving line up time. VESTOLIT G FIT E-51 is recommeded for solid and foamed plastisol applications for instance coated fabrics and carpet tiles, cast films and coatings, rotationally and slush molded parts, dip molded and coated parts, and walk off and foam mats and pads.

VESTOLIT G FIT E-52 is a high molecular weight homopolymer resin intended for use as a Formulation Improvement Tool (FIT) in plastisol formulations which enhance the plastisol usage (pot life) and reduce the viscosity aging characteristics. This resin increases the physical properties of end application up to 30% compared to traditional blending resins. It allows the addition of up to 40phr of filler, significantly decreasing formulation costs. It improves air release properties, provides faster de -aeration time ,and reduces scrap rates caused by the presence of air bubbles or voids in finished part. This resin reduces the viscosity profile of the plastisol providing an improved 'ease of coating' performance resulting a more uniform plastisol coating and improving line up time. VESTOLIT G FIT E-52 is recommeded for high strength solid and foamed plastisol applications for instance coated fabrics, cast films and coatings, rotationally and slush molded parts, and dip molded and coated parts

VESTOLIT G Impel S100 is a homopolymer specialty suspension resin intended for use in highly plasticized extrusion and injection molding formulations. It gives superior plasticizer absorption properties allowing the production of low durometer compounds. Quick plasticizer uptake provides a reduction of mix time allowing the higher production rate, reducing compounding times and manufacturing costs.